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电瓷材料
    Study on High-strength Electric Porcelain Produced by Oxidizing Atmosphere
    氧化焰烧成高强度电瓷材料的研究
    Progress and Development Trend of High Tension Insulate Electric Porcelain
    高压电瓷材料的研究现状与发展趋势
    DEVELOPMENT TREND OF HIGH TENSION ELECTRIC PORCELAIN
    高压电瓷材料的发展趋势
    The papernot only deals theoretically with the relation of the technology, Structureand mechanical properties of the electric porcelain, but also reports a highalumina electric porcelain with the strength of σ>1800kg/cm~2, k_(1c) 1.65M-N~(-s/2), Weibull modulus m23.
    不仅从理论上研究了高铝氧电瓷材料工艺、结构和力学性能间的相互关系,而且还研制出瓷质强度高于1800kg/cm~2,k_(1c)为1.65MN~(3/2),威布尔模数为23的高强度电瓷配方。
    The relations between mechanical characterization and microstructure factors of the electric porcelain were suggested. The response factors of effect on the microstructure and strength of the electric porcelain was intended, which order is Al_2O_3 content>firing temperature>(K_2O+Na_2O)content>SiO_2 content.
    建立了电瓷材料力学性能与显微结构因素的关系,揭示了电 瓷材料强度和显微结构影响最敏感的因素及其先后顺序是:Al2O3含量>烧成温度T>(K2O +Na2O)含量>SiO2含量。
    THE EFFECT OF SINTERING-ATMOSPHERE ON MECHANICAL PROPERTY OF ELECTRIC PORCELAIN
    烧结气氛对电瓷材料机械性能的影响
    STUDY ON THE MICROSTRUCTURE OF ALUMINA ELECTRIC PORCELAIN WITH HIGH STRENGTH
    高强度铝质电瓷材料显微结构的研究
    The k_(1c) of alumina electric porcelain is measured.
    测定了高铝氧电瓷材料的断裂韧性k_(1c);
    The paper deals with the fracture mechanism of high alumina electric porcelain.
    本文研究了高铝氧电瓷材料的破坏机理。
    The microstructure, the physical phase composition, and the mechanical characterization between structure of alumnae electric porcelain with high strength has been studied systematically by means of XRD, SEM, etc.
    借助于XRD、SEM等手段,系统地研究了铝质高强度电瓷材料的显微结构、物相组成 及性能与结构之间的差异特征。
    The high-strength electric porcelain composite is researched and prepared by using mullite short fiber as reinforced material and aluminous electric porcelain as a matrix.
    以普通矾土质陶瓷材料为基体,以莫来石短纤维为增强体,研究并制备了高强度复合电瓷材料
    The results show that the high-strength alumina electric porcelain should be the main research field of insulating ceramics and the key is how to increase the comprehensive properties by advanced techniques and standardized alumina particles,with the guidance of the theory of composites.
    指出高强度铝质电瓷材料是瓷绝缘子发展的方向 ,重点是以复合材料理论为指导 ,依托现代先进的工艺技术条件 ,采用标准化的氧化铝粉体为原料 ,达到改善铝质电瓷综合性能的目的
    The results show that the high-strength electric porcelain should be the research orientation of insulating ceramics and the key is to improve the manufacturing techniques and comprehensive properties under the guidance of the theory of composites
    指出高强度铝质电瓷材料是瓷绝缘子研究的方向,重点是以复合材料理论为指导,提高铝质电瓷的制作工艺和综合性能。
 

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